首页> 外文会议>American Nuclear Society;Conference on Nuclear Plant Instrumentation, Control and Human-Machine Interface Technologies >REACTOR SAFETY SYSTEM FAILURES IN HISTORICAL SEVERE ACCIDENTS: ARE DIVERSE ACTUATION SYSTEMS BARKING UP THE WRONG TREE?
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REACTOR SAFETY SYSTEM FAILURES IN HISTORICAL SEVERE ACCIDENTS: ARE DIVERSE ACTUATION SYSTEMS BARKING UP THE WRONG TREE?

机译:历史严重事故中的反应堆安全系统故障:各种各样的执行系统是否在错误的树状结构中挣扎?

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Diverse actuation systems are an attempt to cope with unknown unknowns that may lead to commoncause failure in the design of I&C safety systems in nuclear power plants. The diverse systems protectagainst postulated common cause failures internal to I&C safety system design, but are these really themost likely hazard?The intent of this paper is not to fully answer that question, but to begin a discussion of whetherdiverse actuation systems are the best way to address the unknown unknowns.Appendix 1 of this paper examines 19 severe accidents to identify the causes for safety systemfailures or late action that contributed to the events that resulted in significant core damage, as well as hecontributions of diverse functions where such features played a role in the accidents.The paper also explores:1. The role modern diverse systems might have played had they existed during the 19 events,and2. Potential alternatives to diverse actuation systems.
机译:多样化的致动系统是对付可能导致普遍性的未知未知因素的尝试 导致核电厂I&C安全系统设计失败。多样化的系统保护 应对I&C安全系统设计内部的假定的常见原因故障,但这些确实是 最可能的危害? 本文的目的不是要完全回答这个问题,而是要开始讨论是否 多样化的驱动系统是解决未知问题的最佳方法。 本文附录1检查了19起严重事故,以确定安全系统的原因 导致重大核心损害的事件的失败或过迟的行动,以及他 各种功能的贡献,这些功能在事故中发挥了作用。 本文还探讨了: 1.如果在19个活动中存在现代多样化系统,它们可能发挥了作用, 和 2.各种致动系统的潜在替代品。

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